Class PumpMechanicalDesignResponse

java.lang.Object
neqsim.process.mechanicaldesign.MechanicalDesignResponse
neqsim.process.mechanicaldesign.pump.PumpMechanicalDesignResponse
All Implemented Interfaces:
Serializable
public class PumpMechanicalDesignResponse extends MechanicalDesignResponse
Response class for pump mechanical design JSON export.

Extends MechanicalDesignResponse with pump-specific parameters including hydraulic data, driver sizing, NPSH requirements, and seal specifications per API 610.

Version:
1.0
Author:
esol
See Also:

  • Field Details

    • serialVersionUID

      private static final long serialVersionUID
      Serialization version UID.
      See Also:

    • pumpType

      private String pumpType
      Pump type (overhung, between bearings, vertically suspended).

    • api610TypeCode

      private String api610TypeCode
      API 610 type code (OH1, OH2, BB1, VS1, etc.).

    • sealType

      private String sealType
      Seal type (packed, single mechanical, double mechanical, etc.).

    • numberOfStages

      private int numberOfStages
      Number of stages.

    • impellerDiameter

      private double impellerDiameter
      Impeller diameter [mm].

    • impellerWidth

      private double impellerWidth
      Impeller width [mm].

    • shaftDiameter

      private double shaftDiameter
      Shaft diameter at impeller [mm].

    • ratedSpeed

      private double ratedSpeed
      Rated speed [rpm].

    • specificSpeed

      private double specificSpeed
      Specific speed (Ns).

    • suctionSpecificSpeed

      private double suctionSpecificSpeed
      Suction specific speed (Nss).

    • driverPower

      private double driverPower
      Required driver power [kW].

    • driverMargin

      private double driverMargin
      Driver power margin factor.

    • ratedFlow

      private double ratedFlow
      Rated flow [m³/h].

    • ratedHead

      private double ratedHead
      Rated head [m].

    • bepFlow

      private double bepFlow
      Best efficiency point flow [m³/h].

    • bepHead

      private double bepHead
      Best efficiency point head [m].

    • efficiency

      private double efficiency
      Pump efficiency at rated point.

    • npshr

      private double npshr
      Net positive suction head required [m].

    • npsha

      private double npsha
      Net positive suction head available [m].

    • npshMargin

      private double npshMargin
      NPSH margin [m].

    • casingWallThickness

      private double casingWallThickness
      Casing wall thickness [mm].

    • suctionNozzleSize

      private double suctionNozzleSize
      Suction nozzle size [inches].

    • dischargeNozzleSize

      private double dischargeNozzleSize
      Discharge nozzle size [inches].

    • minimumContinuousFlow

      private double minimumContinuousFlow
      Minimum continuous flow [m³/h].

    • suctionPressure

      private double suctionPressure
      Suction pressure [bara].

    • dischargePressure

      private double dischargePressure
      Discharge pressure [bara].

    • differentialPressure

      private double differentialPressure
      Differential pressure [bar].

    • fluidTemperature

      private double fluidTemperature
      Fluid temperature [°C].

    • fluidDensity

      private double fluidDensity
      Fluid density [kg/m³].

    • fluidViscosity

      private double fluidViscosity
      Fluid viscosity [cP].

  • Constructor Details

    • PumpMechanicalDesignResponse

      public PumpMechanicalDesignResponse()
      Default constructor.

    • PumpMechanicalDesignResponse

      public PumpMechanicalDesignResponse(PumpMechanicalDesign mecDesign)
      Constructor from PumpMechanicalDesign.
      Parameters:
      mecDesign - the pump mechanical design

  • Method Details

    • populateFromPumpDesign

      public void populateFromPumpDesign(PumpMechanicalDesign mecDesign)
      Populate pump-specific fields from PumpMechanicalDesign.
      Parameters:
      mecDesign - the pump mechanical design

    • getPumpType

      public String getPumpType()

    • setPumpType

      public void setPumpType(String pumpType)

    • getApi610TypeCode

      public String getApi610TypeCode()

    • setApi610TypeCode

      public void setApi610TypeCode(String api610TypeCode)

    • getSealType

      public String getSealType()

    • setSealType

      public void setSealType(String sealType)

    • getNumberOfStages

      public int getNumberOfStages()

    • setNumberOfStages

      public void setNumberOfStages(int numberOfStages)

    • getImpellerDiameter

      public double getImpellerDiameter()

    • setImpellerDiameter

      public void setImpellerDiameter(double impellerDiameter)

    • getImpellerWidth

      public double getImpellerWidth()

    • setImpellerWidth

      public void setImpellerWidth(double impellerWidth)

    • getShaftDiameter

      public double getShaftDiameter()

    • setShaftDiameter

      public void setShaftDiameter(double shaftDiameter)

    • getRatedSpeed

      public double getRatedSpeed()

    • setRatedSpeed

      public void setRatedSpeed(double ratedSpeed)

    • getSpecificSpeed

      public double getSpecificSpeed()

    • setSpecificSpeed

      public void setSpecificSpeed(double specificSpeed)

    • getSuctionSpecificSpeed

      public double getSuctionSpecificSpeed()

    • setSuctionSpecificSpeed

      public void setSuctionSpecificSpeed(double suctionSpecificSpeed)

    • getDriverPower

      public double getDriverPower()

    • setDriverPower

      public void setDriverPower(double driverPower)

    • getDriverMargin

      public double getDriverMargin()

    • setDriverMargin

      public void setDriverMargin(double driverMargin)

    • getRatedFlow

      public double getRatedFlow()

    • setRatedFlow

      public void setRatedFlow(double ratedFlow)

    • getRatedHead

      public double getRatedHead()

    • setRatedHead

      public void setRatedHead(double ratedHead)

    • getBepFlow

      public double getBepFlow()

    • setBepFlow

      public void setBepFlow(double bepFlow)

    • getBepHead

      public double getBepHead()

    • setBepHead

      public void setBepHead(double bepHead)

    • getEfficiency

      public double getEfficiency()

    • setEfficiency

      public void setEfficiency(double efficiency)

    • getNpshr

      public double getNpshr()

    • setNpshr

      public void setNpshr(double npshr)

    • getNpsha

      public double getNpsha()

    • setNpsha

      public void setNpsha(double npsha)

    • getNpshMargin

      public double getNpshMargin()

    • setNpshMargin

      public void setNpshMargin(double npshMargin)

    • getCasingWallThickness

      public double getCasingWallThickness()

    • setCasingWallThickness

      public void setCasingWallThickness(double casingWallThickness)

    • getSuctionNozzleSize

      public double getSuctionNozzleSize()

    • setSuctionNozzleSize

      public void setSuctionNozzleSize(double suctionNozzleSize)

    • getDischargeNozzleSize

      public double getDischargeNozzleSize()

    • setDischargeNozzleSize

      public void setDischargeNozzleSize(double dischargeNozzleSize)

    • getMinimumContinuousFlow

      public double getMinimumContinuousFlow()

    • setMinimumContinuousFlow

      public void setMinimumContinuousFlow(double minimumContinuousFlow)

    • getSuctionPressure

      public double getSuctionPressure()

    • setSuctionPressure

      public void setSuctionPressure(double suctionPressure)

    • getDischargePressure

      public double getDischargePressure()

    • setDischargePressure

      public void setDischargePressure(double dischargePressure)

    • getDifferentialPressure

      public double getDifferentialPressure()

    • setDifferentialPressure

      public void setDifferentialPressure(double differentialPressure)

    • getFluidTemperature

      public double getFluidTemperature()

    • setFluidTemperature

      public void setFluidTemperature(double fluidTemperature)

    • getFluidDensity

      public double getFluidDensity()

    • setFluidDensity

      public void setFluidDensity(double fluidDensity)

    • getFluidViscosity

      public double getFluidViscosity()

    • setFluidViscosity

      public void setFluidViscosity(double fluidViscosity)